CN101244304A - Portable respirator capable of providing vital sign parameter - Google Patents
Portable respirator capable of providing vital sign parameter Download PDFInfo
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- CN101244304A CN101244304A CNA2007100733483A CN200710073348A CN101244304A CN 101244304 A CN101244304 A CN 101244304A CN A2007100733483 A CNA2007100733483 A CN A2007100733483A CN 200710073348 A CN200710073348 A CN 200710073348A CN 101244304 A CN101244304 A CN 101244304A
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Abstract
The invention discloses a portable ventilator which can provide vital sign parameter, comprising a body casing, a ventilator module, a power module, a vital sign monitoring module and a vital sign control module which are outside the body casing; wherein, the vital sign monitoring module comprising at least one group of vital sign parameter monitoring submodule; the power module is connected with the ventilator module and vital sign monitoring module respectively; the vital sign control module is connected with the vital sign monitoring module to control the monitoring submodule inside the vital sign monitoring module to switch on and off; which has the advantages that: the diagnosis and treatment function of the portable ventilator is reinforced so that the doctor can conveniently operate and observe the vital sign of the patient; the influences among different medical equipments are reduced and the influence of vital sign monitoring module on the ventilation module is minimized.
Description
[technical field]
The present invention relates to a kind of portable respirator of medical field.
[background technology]
Portable respirator is the critical medical devices that is used for first aid, field operations, Intensive Care Therapy treatment, and the breathing management of certain oxygen concentration can be provided for patient, is the patient respiration reanimate device that can be used for multiple treatment environment.But existing portable respirator mainly contains pneumatic gas-control type, pneumatic electronic control type and electronic electronic control type, in the course of the work, can only reflect patient's airway pressure, fraction of inspired oxygen, tidal volume, perhaps can only regulate, and can't reflect.Existing portable respirator is not all monitored (for example: blood oxygen saturation, blood pressure, body temperature, electrocardio, breathing end carbon dioxide etc.) to patient's vital sign, patient's vital sign information can not be provided for the doctor, traditional monitoring means normally realizes by auscultation and inspection, but this makes the operator lack the more diagnosis and treatment basis for estimation of science.Watch patient's vital sign information if desired, then need a monitor device that vital sign information is monitored.A kind of method is an integrated monitor device in portable respirator, but thought infeasible by those skilled in the art, because monitor device need possess the monitoring function of a plurality of vital sign parameters usually, power consumption is bigger, and portable respirator in normally used be accumulator, the vital sign monitoring modular that power consumption is big can have influence on the normal power supply of power supply to respirator.Another kind method is to use monitor device (for example multi-parameter monitor, portable monitor, hand-held monitoring equipment etc.) independently to come to provide for the doctor patient's vital sign information, judges the situation of patient undergoing treatment for the doctor.But have the following disadvantages: 1) other armarium are when showing, full the doctor need seek the information that oneself needs in the information of complexity and complicated, has wasted the unnecessary time, can't only obtain the information of oneself wanting on demand.2) doctor because the complexity of operation and loaded down with trivial details, energy and attention are disperseed when using other armarium to obtain patient vital signs information.3) need operate and carry plurality of devices simultaneously, bring difficulty to treatment.4) use other equipment, under the narrow and small situation in first aid space, also need to take valuable space resources.5) electrical signal between distinct device disturbs to treatment and has brought risk.
[summary of the invention]
Main purpose of the present invention solves technical problem of the prior art exactly, a kind of portable respirator that vital sign parameter can be provided is provided, in the breathing managerial function of using respirator, provide patient's vital sign information according to operator's needs, and can not have influence on the normal power supply of power supply respirator.
Of the present invention time a purpose just provides a kind of portable respirator that vital sign parameter can be provided, and makes the patient vital signs information that the doctor can selectively only obtain oneself easily to be needed.
Another object of the present invention just provides a kind of portable respirator that vital sign parameter can be provided, and reduces or eliminates and breathe electromagnetic interference between module and the vital sign monitoring modular.
For achieving the above object, the invention provides a kind of portable respirator that vital sign parameter can be provided, comprise body fuselage, be positioned at body fuselage, be used to provide the respirator module of breathing management, power module, be positioned at the vital sign monitoring modular and the vital sign control module of body fuselage, described vital sign monitoring modular comprises the monitoring submodule of at least one group of vital sign parameter, described power module links to each other with the vital sign monitoring modular with the respirator module respectively, be used to the power supply of respirator module and vital sign monitoring modular, described vital sign control module links to each other with the vital sign monitoring modular, and the monitoring submodule that is used for controlling as required the vital sign monitoring modular is changed between opening and closed condition.
Wherein, a kind of embodiment is at least one switch that is of described vital sign control module, and described switch is connected between power module and each the monitoring submodule; Another embodiment is that described vital sign control module is a controller, described controller is connected between respirator module and each the monitoring submodule, be used for monitoring submodule to each, control the opening and closing of each monitoring submodule according to the control information output control signal corresponding of respirator module.
In one embodiment, described respirator module comprises respirator setting and control module, respirator display module respirator execution module and respirator signal acquisition module, described respirator display module, respirator execution module and respirator signal acquisition module link to each other with control module with the respirator setting respectively, the output of described respirator setting and control module response respirator signal acquisition module, control breathing machine execution module is carried out corresponding actions and control breathing machine display module shows; Each monitoring submodule in the described vital sign monitoring modular comprises signal gathering unit, parameter control unit and display unit, described signal gathering unit links to each other with parameter control unit respectively with display unit, the output of described parameter control unit response signal collecting unit, the control display unit shows; The opening and closing of submodule are respectively monitored in the control of vital sign control module.
In another embodiment, described respirator module comprises respirator setting and control module, respirator display module, respirator execution module and respirator signal acquisition module, described respirator display module, respirator execution module and respirator signal acquisition module link to each other with control module with the respirator setting respectively, the output of described respirator setting and control module response respirator signal acquisition module, control breathing machine execution module is carried out corresponding actions and control breathing machine display module shows; Each monitoring submodule in the described vital sign monitoring modular comprises signal gathering unit and parameter control unit, described display unit links to each other with parameter control unit, described controller is connected between parameter control unit and respirator setting and the control module, the output of described parameter control unit response signal collecting unit, the control video data outputs to respirator setting and control module by controller, and respirator setting and control module control breathing machine display module show.
Further improvement of the present invention is: also comprise the electromagnetic screen that is used for described respirator module and vital sign monitoring modular are carried out electromagnetic shielding.
Described electromagnetic screen is two metal caps, and described two metal caps cover respirator module and vital sign monitoring modular respectively.
For achieving the above object, the present invention also provides a kind of portable respirator that vital sign parameter can be provided, comprise respirator module and the power module of breathing management is provided, it is characterized in that: also comprise vital sign monitoring modular and vital sign control module, described vital sign monitoring modular comprises the monitoring submodule of at least one group of vital sign parameter, described power module links to each other with the vital sign monitoring modular with the respirator module respectively, be used to the power supply of respirator module and vital sign monitoring modular, described vital sign control module links to each other with the vital sign monitoring modular, and the monitoring submodule that is used for controlling as required the vital sign monitoring modular is changed between opening and closed condition.
Described vital sign control module is at least one switch, and described switch is connected between power module and each the monitoring submodule; Perhaps described vital sign control module is a controller, and described controller is connected between respirator module and each monitoring submodule, be used for according to the breath state output control signal corresponding of respirator module to each monitor submodule.
The invention has the beneficial effects as follows: providing breathing to support for patient when, the monitoring and the demonstration of multiple vital sign parameter can be provided, simplified the operation that the doctor is taken place for monitoring patient vital signs parameter, and make the doctor need not carry the instrument of various complexity to a great extent, still less take the first aid space, the more important thing is the convenience that treatment is provided for the doctor, be embodied in:
1) monitoring of vital sign is independently controlled, and the monitoring that can close vital sign as required guarantees the power supply of power supply to respiratory function with conserver power source.In the prior art, because of vital sign monitoring modular power consumption bigger, so it is worthless being considered to integrated with respirator, but the present invention is by the independent control to the vital sign monitoring modular, the vital sign monitoring modular is opened when needed, close when not required, saved electric energy, reduced influence the respirator module for power supply.Especially each submodule of vital sign monitoring modular is also independently controlled, make it independently open or close each parameter according to operator's needs, under the battery-driven situation of use, further saved valuable power supply, made power supply not have influence substantially the respirator module.
2) but each vital sign parameter independent displaying and closing, the operator can open the parameter of paying close attention to as required, closes unnecessary parameter, has reduced unnecessary vital sign information, makes like this that doctor's attention is easier concentrates favourable doctor's correct judgement.Compare with the equipment that shows whole vital sign parameters in the prior art, the doctor does not need from comprehensive monitoring information for the information of screening oneself needs again and wastes more attention, make therapeutic process more scientific and reasonable, and striven for valuable time for first-aid patients.
3) respirator module and vital sign monitoring modular are integrated in the instrument, electromagnetic shielding in addition between the two, the problem of easier solution electromagnetic interference.In the prior art,, when common the use, can there be electromagnetic interference between two complete equipments, reduces the stability and the accuracy of Monitoring Data because of respirator and monitor device are two complete equipments independently.The present invention is integrated in respirator module and vital sign monitoring modular in the instrument, in design consideration electromagnetic interference between the two, monitors electromagnetic interference between the two during fabrication, thereby electromagnetic interference between the two is controlled within the specification.
Feature of the present invention and advantage will be elaborated in conjunction with the accompanying drawings by embodiment.
[description of drawings]
Fig. 1 is a theory diagram of the present invention;
Fig. 2 has the logical structure graph of a relation of an embodiment of the present invention;
Fig. 3 is the respirator module principle figure of an embodiment of the present invention;
Fig. 4 is the logical structure graph of a relation of the another kind of embodiment of the present invention;
Fig. 5 is the logical structure graph of a relation of another embodiment of the present invention;
Fig. 6 is the overall structure figure of an embodiment of the present invention.
[specific embodiment]
Please refer to Fig. 1, portable respirator comprises provides respirator module 8, power module 9, vital sign monitoring modular 10 and the vital sign control module 200 of breathing management, respirator module 8 provides the breathing support (for example: standardize solution pattern, level pressure pattern, timing mode, compound breathing pattern etc.) of various modes for patient, and show patient's information such as airway pressure, tidal volume fraction of inspired oxygen, can regulate the oxygen concentration of suction and support and management for patient provides to breathe.Vital sign monitoring modular 10 is monitored one or more vital sign parameters of patients, comprises the monitoring submodule of at least one group of vital sign parameter, for example blood oxygen saturation, blood pressure, body temperature, electrocardio, breathing end carbon dioxide etc.Described power module 9 links to each other with vital sign monitoring modular 10 with respirator module 8 respectively, is used to respirator module 8 and 10 power supplies of vital sign monitoring modular.Described vital sign control module 200 links to each other with vital sign monitoring modular 10, the all or part of monitoring submodule that is used for controlling as required vital sign monitoring modular 10 is changed between opening and closed condition, thereby vital sign monitoring modular 10 can independently be controlled, as required and opening and closing, saved power supply, reduced influence 8 power supplies of respirator module.Respirator module 8, power module 9, vital sign monitoring modular 10 and vital sign control module 200 all or part of is encapsulated in the body fuselage of complete machine.
Embodiment one, please refer to Fig. 2, have the portable respirator of vital sign parameter on system architecture, to comprise four primary modules: respirator module 8, power module 9, vital sign monitoring modular 10 and vital sign control module.Concrete structure is as follows:
Vital sign monitoring modular 10 comprises one or more monitoring submodules, for example among Fig. 2, vital sign monitoring modular 10 is by blood oxygen saturation module 15, blood pressure module 16, body temperature module 17, electrocardio module 18 is breathed last carbon dioxide module 19 monitoring modulars such as vital sign such as grade and is formed, and perhaps can be that wherein one or several combine.
Each monitoring submodule in the described vital sign monitoring modular comprises signal gathering unit, parameter control unit and display unit, described signal gathering unit links to each other with parameter control unit respectively with display unit, the output of described parameter control unit response signal collecting unit, the control display unit shows.
Blood oxygen saturation module 15 is made up of three unit: as the oxygen saturation signal unit 153 of signal gathering unit, as the blood oxygen saturation control unit 152 of parameter control unit, as the blood oxygen saturation display unit 154 of display unit.The information that blood oxygen saturation control unit 152 is accepted from oxygen saturation signal unit 153 by analyzing and calculate again to blood oxygen saturation display unit 154 input signals, drives blood oxygen saturation display unit 154 demonstration information.Blood pressure module 16, body temperature module 17, electrocardio module 18, the working condition of breathing last carbon dioxide module 19 is identical with blood oxygen saturation module 15.Blood pressure module 16 comprises blood pressure signal collecting unit 163, controlling of blood pressure unit 162 and blood pressure display unit 164, body temperature module 17 comprises body temperature signal gathering unit 173, body temperature control unit 172 and body temperature display unit 174, electrocardio module 18 comprises ecg signal acquiring unit 183, electrocardio control unit 182 and electrocardiogram display unit 184, breathes last carbon dioxide module 19 and comprises the last carbon dioxide signals collecting unit 193 of breathing, breathes last carbon dioxide control unit 192 and breathe last carbon dioxide display unit 194.
The vital sign control module is the identical independent switch of quantity that quantity and vital sign are monitored submodule, switch can adopt press button, toggle switch etc., one end of switch connects power module 9, the other end connects the parameter control unit of respectively monitoring submodule, controls the opening and closing of this monitoring submodule.In Fig. 2, blood oxygen saturation switch 151 is used to control the opening and closing of blood oxygen saturation module 15, blood pressure switch 161 is used for the opening and closing of controlling blood pressure module 16, body temperature switch 171 is used to control the opening and closing of body temperature module 17, electrocardio switch 181 is used to control the opening and closing of electrocardio module 18, breathes the opening and closing that last carbon dioxide switch 191 is used for control breathing end carbon dioxide module 19.
The vital sign control module can also be a variable connector, and the input of variable connector connects power module, and a plurality of outfans connect each monitoring submodule respectively, realize the opening and closing of each monitoring submodule by the selection of switch.
Portable respirator relies on medical compressed oxygen as power source, perhaps compressed air is as auxiliary power source, behind decompressor and defecator, have manual, pneumatic or Electromagnetic Flow control device realization flow-control, breathe for patient provides the gas patients of certain tidal volume, can realize certain ventilating mode: standardize solution ventilation, level pressure ventilation, regularly ventilation, compound ventilation etc.Make patient's respiratory resuscitation, perhaps breathe management, to patient's delivering oxygen for patient provides.As shown in Figure 3, the operation principle of respirator module is as follows: provide power by compressed oxygen source unit 20 for respirator, one the tunnel through active air-breathing control unit 21, and the gas that is mixed into certain oxygen content ratio with atmosphere (or supplementary compressed air source of the gas) unit 22 enters patient end 24 herein; Active expiration control unit 23 is controlled on another road, and control patient's breathing is arranged to atmosphere 25 through active expiration control unit 23 from the gas that patient end 24 is breathed out.
In the present embodiment, patient's information can independently be opened and detect to each monitoring submodule of vital sign monitoring modular, and independent displaying, independently close.The work of each submodule does not rely on the unlatching situation of other modules, does not influence each other between the module, and operator's opening and closing easily constitute each submodule of vital sign monitoring modular 10.So the monitoring of various parameters is relatively independent, the operator can close easily and think and do not need or unessential relatively monitoring parameter, easier focusing one's attention on paid close attention to important information when saving electric energy, wait when needed and can open required monitoring parameter easily, simplified complicated operations, save the time to greatest extent, satisfied doctor's diagnosis and treatment needs.
In the foregoing description, each monitoring submodule can also a shared display unit.
Power supply can adopt high-effect accumulator, and complete machine also comprises compressed oxygen cylinder, and multiple bay etc. have satisfied the treatment needs of multiple environment, can use in many occasions such as first aid, field operations, serious symptom diagnosis and treatment.
Embodiment two, with embodiment one be not both vital sign control module part, the vital sign control module is a controller, as shown in Figure 4, described controller 26 is connected between the respirator setting and control module 11 and each monitoring submodule of respirator module, be used for according to 11 outputs of respirator setting and control module control information, through the logical algorithm that designs in advance, the output control signal corresponding is to each monitoring submodule, and control is respectively monitored the submodule unlatching or closed.The control information of respirator setting and control module 11 obtains the setting at interface by the operator, for example the operator to the operation of button, by display to setting of parameter etc.This control information also can be provided with by control unit independently, can reduce number of buttons but be provided with by the respirator module, reduces the volume of instrument.Controller 26 is equivalent to a signal selector, decoder for example, it is according to the different coded command of respirator setting with control module 11 outputs, control each outfan and export corresponding high or low level, each outfan connects a monitoring submodule of vital sign monitoring modular, controls the opening and closing of this monitoring submodule.
In the present embodiment, the opening and closing of each submodule of controller 26 centralized Control vital sign monitoring modulars, by with the communicating by letter of respirator, be subjected to the control of respirator.
Embodiment three, as shown in Figure 5, respirator module 8 comprises respirator setting and control module 11, respirator display module 12, respirator execution module 13 and respirator signal acquisition module 14, respirator display module 12, respirator execution module 13 and respirator signal acquisition module 14 link to each other with control module 11 with the respirator setting respectively, the output of respirator setting and control module 11 response respirator signal acquisition module 14, control breathing machine execution module 13 carries out corresponding actions and control breathing machine display module 12 shows.The vital sign control module is a controller, described controller 26 is connected between the respirator setting and control module 11 and each monitoring submodule of respirator module, and the control information of response respirator module is also controlled the opening and closing that each monitors submodule.Each monitoring submodule in the vital sign monitoring modular comprises signal gathering unit and parameter control unit, and display unit links to each other with parameter control unit.For example blood oxygen saturation module 15 comprises oxygen saturation signal unit 153 and blood oxygen saturation control unit 152.Each monitoring submodule and respirator module 8 common display, the output of parameter control unit response signal collecting unit, the video data of output outputs to respirator setting and control module 11 by controller 26, and respirator setting and control module 11 control breathing machine display modules 12 show.
In the present embodiment, controller 26 not only is responsible for the control information of response respirator module 8 outputs, carrying out signal selects, each monitoring submodule independence opening and closing in the control vital sign monitoring modular, and the demonstration information of submodule is respectively monitored in responsible transmission, makes respectively to monitor submodule and respirator module 8 common display, has saved display device, reduce cost, reduced the volume of portable respirator complete machine.
Embodiment four, vital sign monitoring modular and respirator module are integrated in the complete machine independently of each other, can there be mutual electromagnetic interference between vital sign monitoring modular and the respirator module, so on the basis of the foregoing description, between vital sign monitoring modular and respirator module, design electromagnetic screen, usually electromagnetic screen is two metal caps, covers respirator module and vital sign monitoring modular respectively.
Be the axonometric chart of complete machine of the present invention as shown in Figure 6, there is a body fuselage 100 the portable respirator outside, is divided into three zones on the housing: respirator district, vital sign monitoring section, signals collecting and power output area.
The respirator district is made up of respirator control section 1 and respirator display part 2, respirator control section 1 is used for the various breathing patterns of control breathing machine and the various parameters of adjusting respirator, the for example adjusting of tidal volume, the selection of inspiratory triggering pressure, the selection of pressure bound, the adjusting of PEEP, the selection of various breathing patterns, the adjusting of oxygen concentration, being provided with etc. of warning; Respirator display part 2 shows the monitoring situation and the alarm condition of each parameter in the respirator work process.
The vital sign monitoring section is made up of vital sign Monitoring and Controlling part 4 and vital sign display part 5, the opening and closing of vital sign Monitoring and Controlling part 4 each sign monitoring function of control, every kind of device that the vital sign monitoring function all has independently control to open, close, opening and closing easily; Vital sign display part 5 shows the vital sign information that monitors.
Signals collecting and power output area are made up of respirator signals collecting and power output 3 and vital sign monitor signal collecting part 6, the signals collecting of respirator and power output 3 are supported and the breath signal collection for patient provides to breathe, are carried out respiratory control; Vital sign monitor signal collecting part 6 is gathered patient's vital sign information, and signal is passed to the vital sign monitoring modular.
In sum, the present invention is a kind of portable respirator that vital sign parameter is arranged, strengthened the diagnosis and treatment function of portable respirator, make the doctor when patient is treated and gives treatment to, can observe patient's various vital signs very easily, and make the vital sign monitoring modular reduce to minimum degree the influence of breathing module.
Claims (10)
1. portable respirator that vital sign parameter can be provided, comprise body fuselage (100), be positioned at body fuselage, be used to provide respirator module (8) and the power module (9) of breathing management, it is characterized in that: also comprise the vital sign monitoring modular (10) and the vital sign control module (200) that are positioned at body fuselage, described vital sign monitoring modular (10) comprises the monitoring submodule of at least one group of vital sign parameter, described power module (9) links to each other with vital sign monitoring modular (10) with respirator module (8) respectively, be used to the power supply of respirator module (8) and vital sign monitoring modular (10), described vital sign control module (200) links to each other with vital sign monitoring modular (10), and the monitoring submodule that is used for controlling as required vital sign monitoring modular (10) is changed between opening and closed condition.
2. portable respirator as claimed in claim 1 is characterized in that: described vital sign control module (200) is at least one switch, and described switch is connected between power module (9) and each the monitoring submodule.
3. portable respirator as claimed in claim 2 is characterized in that: described switch is press button, toggle switch or variable connector; One end of described press button or toggle switch connects power module, and the other end connects the monitoring submodule; The input of described variable connector connects power module, and a plurality of outfans connect each monitoring submodule respectively.
4. portable respirator as claimed in claim 1, it is characterized in that: described vital sign control module (200) is controller, described controller is connected between respirator module (8) and each monitoring submodule, the opening and closing that are used to respond the control signal of respirator module (8) output and control each monitoring submodule.
5. as each described portable respirator in the claim 1 to 4, it is characterized in that: described respirator module (8) comprises respirator setting and control module (11), respirator display module (12), respirator execution module (13) and respirator signal acquisition module (14), described respirator display module (12), respirator execution module (13) links to each other with control module (11) with the respirator setting respectively with respirator signal acquisition module (14), the output of described respirator setting and control module (11) response respirator signal acquisition module (14), control breathing machine execution module (13) is carried out corresponding actions and control breathing machine display module (12) shows; Each monitoring submodule in the described vital sign monitoring modular comprises signal gathering unit, parameter control unit and display unit, described signal gathering unit links to each other with parameter control unit respectively with display unit, the output of described parameter control unit response signal collecting unit, the control display unit shows.
6. portable respirator as claimed in claim 4, it is characterized in that: described respirator module (8) comprises respirator setting and control module (11), respirator display module (12), respirator execution module (13) and respirator signal acquisition module (14), described respirator display module (12), respirator execution module (13) links to each other with control module (11) with the respirator setting respectively with respirator signal acquisition module (14), the output of described respirator setting and control module (11) response respirator signal acquisition module (14), control breathing machine execution module (13) is carried out corresponding actions and control breathing machine display module (12) shows; Each monitoring submodule in the described vital sign monitoring modular comprises signal gathering unit and parameter control unit, described display unit links to each other with parameter control unit, described controller is connected between parameter control unit and respirator setting and the control module (11), the output of described parameter control unit response signal collecting unit, the control video data outputs to respirator setting and control module (11) by controller, and respirator setting and control module (11) control breathing machine display module (12) shows.
7. as each described portable respirator in the claim 1 to 6, it is characterized in that: also comprise the electromagnetic screen that is used for described respirator module (8) and vital sign monitoring modular (10) are carried out electromagnetic shielding.
8. portable respirator as claimed in claim 7 is characterized in that: described electromagnetic screen is two metal caps, and described two metal caps cover respirator module (8) and vital sign monitoring modular (10) respectively.
9. portable respirator that vital sign parameter can be provided, comprise respirator module (8) and the power module (9) of breathing management is provided, it is characterized in that: also comprise vital sign monitoring modular (10) and vital sign control module (200), described vital sign monitoring modular (10) comprises the monitoring submodule of at least one group of vital sign parameter, described power module (9) links to each other with vital sign monitoring modular (10) with respirator module (8) respectively, be used to the power supply of respirator module (8) and vital sign monitoring modular (10), described vital sign control module (200) links to each other with vital sign monitoring modular (10), and the monitoring submodule that is used for controlling as required vital sign monitoring modular (10) is changed between opening and closed condition.
10. portable respirator as claimed in claim 9 is characterized in that: described vital sign control module (200) is at least one switch, and described switch is connected between power module (9) and each the monitoring submodule; Perhaps described vital sign control module (200) is a controller, described controller is connected between respirator module (8) and each the monitoring submodule, the opening and closing that are used to respond the control signal of respirator module (8) output and control each monitoring submodule.
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| CN2007100733483A CN101244304B (en) | 2007-02-13 | 2007-02-13 | Portable respirator capable of providing vital sign parameter |
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| CN2007100733483A CN101244304B (en) | 2007-02-13 | 2007-02-13 | Portable respirator capable of providing vital sign parameter |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101716071B (en) * | 2009-12-18 | 2011-11-09 | 苏州凯迪泰医学科技有限公司 | Multi-parameter patient monitor connected with breathing machine |
| WO2015021779A1 (en) * | 2013-08-12 | 2015-02-19 | 深圳迈瑞生物医疗电子股份有限公司 | Ultrasound scanning apparatus, breathing machine, medical system and related method |
| CN105148371A (en) * | 2015-11-03 | 2015-12-16 | 陈宏� | Intelligent household breathing machine system |
| CN110585538A (en) * | 2019-10-08 | 2019-12-20 | 天津工业大学 | Intelligent household monitoring respirator |
| CN111617354A (en) * | 2020-05-29 | 2020-09-04 | 北京无线电测量研究所 | Work state monitoring method of breathing machine, breathing machine and computer equipment |
| CN112245744A (en) * | 2020-11-09 | 2021-01-22 | 湖南万脉医疗科技有限公司 | Breathing machine with automatic early warning function of abnormal oxygen concentration |
| WO2021022785A1 (en) * | 2019-08-05 | 2021-02-11 | 西安汇智医疗集团有限公司 | Multifunctional oxygen output system based on cooperative control of respiratory rate and target blood oxygen value |
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2007
- 2007-02-13 CN CN2007100733483A patent/CN101244304B/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101716071B (en) * | 2009-12-18 | 2011-11-09 | 苏州凯迪泰医学科技有限公司 | Multi-parameter patient monitor connected with breathing machine |
| WO2015021779A1 (en) * | 2013-08-12 | 2015-02-19 | 深圳迈瑞生物医疗电子股份有限公司 | Ultrasound scanning apparatus, breathing machine, medical system and related method |
| US10449313B2 (en) | 2013-08-12 | 2019-10-22 | Shenzhen Mindray Bio-Medical Electronics Co., Ltd. | Ultrasound scanning apparatus, breathing machine, medical system and related method |
| US11260188B2 (en) | 2013-08-12 | 2022-03-01 | Shenzhen Mindray Bio-Medical Electronics Co., Ltd | Ultrasound scanning apparatus, breathing machine, medical system and related method |
| CN105148371A (en) * | 2015-11-03 | 2015-12-16 | 陈宏� | Intelligent household breathing machine system |
| WO2021022785A1 (en) * | 2019-08-05 | 2021-02-11 | 西安汇智医疗集团有限公司 | Multifunctional oxygen output system based on cooperative control of respiratory rate and target blood oxygen value |
| CN110585538A (en) * | 2019-10-08 | 2019-12-20 | 天津工业大学 | Intelligent household monitoring respirator |
| CN111617354A (en) * | 2020-05-29 | 2020-09-04 | 北京无线电测量研究所 | Work state monitoring method of breathing machine, breathing machine and computer equipment |
| CN112245744A (en) * | 2020-11-09 | 2021-01-22 | 湖南万脉医疗科技有限公司 | Breathing machine with automatic early warning function of abnormal oxygen concentration |
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